Mostrar 2107 resultados

Descrição arquivística
263 resultados com objetos digitais Mostrar resultados com objetos digitais
Calculations
CERN-ARCH-WP CERN-ARCH-PMC-CERN-ARCH-PMC-01-* CERN-ARCH-PMC-01-464 * 95974 · Item
Parte de Pauli Manuscript Collection

Calculations.Calculations

Sem título
Gürsey's Formalismus
CERN-ARCH-WP CERN-ARCH-PMC-CERN-ARCH-PMC-01-* CERN-ARCH-PMC-01-323* 96008 · Item
Parte de Pauli Manuscript Collection

Calculations on Gürsey's formalism (matrix transformation).Calculations

Sem título
Letter-2881.letter to W. Pauli
CERN-ARCH-WP CERN-ARCH-PMC-CERN-ARCH-PMC-01-* CERN-ARCH-PMC-01-089 * 96802 · Item · 1958-02-22 - ?
Parte de Pauli Manuscript Collection

Calculations with some comments. "I have thought on the degeneracy of the vacuum and the mirror problem. Although I have not solved the problem I have made enough progress to justify the spinor model, I think."

Sem título
Sony D-Eight
Heritage collection CERN-OBJ-CERN-OBJ-IT-039 · Item · 1987
Parte de Heritage Collection Test

The 8mm backup format is a format for storing magnetic tape data used in computer systems, launched by Exabyte Corporation. It is also known as Data8, often abbreviated to D8 and writes D-Eight on some Sony brand media. The company was formed in order to take the 8 mm video format and make it suitable for data storage. They did this by building a mechanism and a reliable data format that used the common 8 mm video tape technology that was available at the time. This was the first form of helical scanning used commercially for data storage. The ribbon was made vertically and has a length of 112 meters. It was designed to withstand heat and high temperatures. It has been introduced in at CERN in 1994.

Paper Punch Tape
Heritage collection CERN-OBJ-CERN-OBJ-IT-051 · Item
Parte de Heritage Collection Test

Physicists coded and recorded their programs through series of holes on punch paper tape or on punched cards. It was popular in the 1970s due to its high throughput speed and low cost, paper tape was one of the original data storage methods for computers. Information was encoded in the distinct pattern of holes punched in the paper; the paper itself was oiled to facilitate being run through the reading mechanism and to prevent tears due to brittleness. Though the paper was cheap, it had low storage capacity (only a few dozen kilobytes per roll) and the machinery involved in punching the holes was quite expensive. Higher capacity alternatives, such as magnetic tape, has get developped.